Increasing performance of File host cloud

Increasing performance of File host cloud service based Enterprise application by implementing data access management

Abstract

Cloud computing are capable of delivering dynamically scalable infrastructure and self-servicing management. The powers of service delivered by the providers are now days in applicable in different enterprise application. Beside the delivery service they have impact on the performance of the dependant enterprise application. In this paper we construct a design that will increase the application performance by implementing the data access management in cloud service provider’s level.

Cloud computing is a computing paradigm, where large pool of system that are connected in private or public networks, to provide dynamically scalable infrastructure for application, data and file storage. [1] Cloud Computing is responsible for delivering different applications and service to end user in an on-demand manner with rapid elasticity. [2] Cloud servicing provider’s offers cloud modeling that can be categorized in to three broad’s models. These are Software as a Service (SaaS), Platform as a Service (Paas) and Infrastructure as a Service (Iaas). Software as a Service (SaaS) in this model application software’s are placed on cloud service provider server and user form different platforms are able to access it. in case of Platform as a Service (Paas) deploy onto the cloud infrastructure consumer-

Created or acquired applications created using programming languages, libraries, services, and tools supported by the provider [3] and finally, Infrastructure as a Service (Iaas), in this computing model could service provider’s offers data storage service where every client and application in need of data can access it from the cloud.
1.1 File host cloud service
File hosting cloud service is categorized in Infrastructure as a Service (Iaas) model of cloud service model basically the intent File hosting cloud service to store different kind of data online and provide them where ever in need.
1.2 Enterprise application
Enterprise applications are complex, scalable, distributed, component-based, and mission-critical. They may be deployed on a variety of

platforms across corporate networks, intranets, or the Internet. [4] Enterprise applications include payroll, patient records, shipping tracking, cost analysis, credit scoring, insurance, supply chain, accounting, customer service, and foreign exchange trading Patterns of Enterprise Application Architecture. [5]
Some ERP application are using file hosting cloud service providers to migrate the generated file from one end of the user to the central database base servers. CNET EPR is a local good examples ERP system that uses file hosting future of cloud service to collect every transaction of sales receipt from all client nodes by using Drobox File Hosting Cloud service providers.
2.0 Objectives
2.1 General objectives
The General objective of this paper is to propose the architectural design in file hosting cloud service that is implemented in enterprise application. This architectural design will finally solve the performance of Enterprise application that is based on cloud service.

2.2 Specific objective
The specific objective of this paper to design the data access management, level of privilege on cloud service and implementing additional files status attributes for the files that are found in cloud storage.

3.0 Methodology
The methodology we use for this paper is design science research methodology which intended to improving the functional performance of the Enterprise application system that are based on file hosting cloud service for the data inputs of different client node. We design architectural models, what a file host cloud service should be presents for the Enterprise applications software’s.
4.0 Articles reviews
Kumar1, Bratati [2] propose that the Reduction of Cost by Implementing Transparency in Cloud Computing through Application Layer Framing, Strategic Approach framing, in their paper they explain, reducing the cost of information systems updating and created infrastructures through cloud provider is transferred for the prime benefit. But David G. Rosado [6] in their study A Framework for Security Transparency in Cloud Computing explains the data and applications in the cloud are stored in an environment that is separated, managed and maintained externally to the organization. Therefore, it is essential for cloud providers to demonstrate and implement adequate security practices to protect the data and processes put under their stewardship. G. Justy Mirobi and L. Arockiam in 2015 propose The Service Level Management [SLM] as the process of managing the cloud resources and services Also, it is the process of managing and deploying the recourses, providing the services based on demand